דרושים » מחשבים ורשתות » DevOps Linux Expert- Join a Leading Tech World

Were developing advanced cyber-defense technology that operates deep in the operating system - where performance, reliability, and security converge. As part of our core R&D team, youll design and implement low-level components for Linux and Windows kernels, driving the intelligence behind our next-generation EDR/endpoint protection platform.
Youll work on complex OS internals, create innovative security hooks, and collaborate with researchers to transform detection ideas into real-world protection.
Responsibilities:
Design and develop Linux kernel modules/drivers (LSM/eBPF/net/FS/process monitoring).
Build high-performance, tamper-resistant agent components for large-scale endpoint deployment.
Own full development lifecycle: architecture, PoCs, implementation, testing, performance tuning, and deployment.
Investigate kernel crashes, performance regressions, and low-level bugs using tools like KGDB, and ftrace.
Collaborate closely with data scientists and security researchers to integrate detection logic and telemetry pipelines.
Participate in design and code reviews; mentor peers in systems programming best practices.

We are looking for a highly skilled and experienced Principal Software Engineer to join our innovative team.
This role is critical for developing the software components that drive our state-of-the-art satellite communication and processing systems.
The ideal candidate will have a strong background in software development for embedded systems and experience in digital communication and IP routing.
As a Principal Software Engineer, you will lead the design, development, and implementation of advanced software solutions, collaborating with our multidisciplinary team to ensure the deployment of cutting-edge, reliable, and efficient spaceflight systems.
What you will be doing​
Lead the design, development, and optimization of software for satellite communication and signal processing systems.
Define software architecture and system design to meet project requirements and performance standards.
Collaborate with system engineers and other team members to integrate software components with hardware and communication systems.
Perform code reviews, provide technical guidance, and mentor junior software engineers.
Conduct comprehensive testing, validation, and verification of software to ensure high reliability and performance in space environments.
Troubleshoot and resolve complex software issues in development and deployed systems.
Maintain thorough documentation of software design, development processes, and test results.
Stay up-to-date with the latest industry trends, technologies, and best practices in software development for space applications.

our company / Huawei TRC define the next generation computing platform for cloud and on-premise deployments. We develop full-stack solution (processor, hypervisor, and OS components) to drive the future disaggregated computing datacenter. Led by industry veterans we offer a dynamic environment with the opportunity to influence large-scale computing deployment and to grow with it.
What will you be doing?
Explore new technological directions and identify opportunities for innovation by tracking academic and industry trends.
Design, develop, and optimize low-level system components with a focus on performance, scalability, and reliability.
Lead architectural improvements across system layers, from kernel space to user-space applications.
Research, analyze, and implement advanced optimization techniques for system performance and resource utilization.
Develop and optimize components within the Linux kernel, including memory management, storage, virtualization, and I/O subsystems.
Design and implement solutions in areas such as virtualization (KVM), device drivers, and low-level system architecture.
Diagnose complex performance issues and drive end-to-end application and system-level optimizations.
Collaborate closely with cross-functional teams, including architecture, infrastructure, and application teams, to improve overall system design and performance.
Contribute to and work within Linux kernel open-source environments, including upstream communities where applicable.